Download History of Genetics

 Mendelian (100)
 Genetic crosses w/ progeny analysis
 Mendelian (80)
Genetic crosses w/ progeny
analysis
 Molecular Biology (10) Purify molecular components
 Regulation of bacterial gene expression (10) Enzyme
assays, mutants
 Mendelian (20)
Genetic crosses w/ progeny
analysis
 Molecular Biology (40) Purify molecular components
 Regulation of bacterial gene expression (35) Enzyme
assays, mutants
 Cloning (5)
Find genes
 Mendelian (5)
Genetic crosses w/
progeny
analysis
 Molecular Biology (30)
Purify molecular
components
 Bacterial gene expression (10)
Enzyme assays,
mutants
 Mammalian gene expression (20) Enzyme assays,
mutants
 DNA analysis (15)
Sequencing
 Cloning (20)
Find genes
 Mendelian (2)
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Genetic crosses w/ progeny
analysis
Molecular Biology (10) Purify molecular components
Bacterial gene expression (3) Enzyme assays, mutants
Mammalian gene expression (30) Enzyme assays, mutants
Plant gene express (5)
Enzyme assays, mutants
DNA analysis (40)
Sequencing
Genome analysis (5)
Bioinformatics
Genetic Diversity (5)
Amplifying genes
 Molecular Biology (3)
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Purify molecular components
Bacterial gene expression (2) Enzyme assays, mutants,
GFP
Mammalian gene expression (15) Enzyme assays, mutants,
RNAi
Plant gene expression (10)
Enzyme assays, mutants,
RNAi
DNA analysis (20)
Sequencing
Genome analysis (30)
Bioinformatics
Genetic Diversity (20)
Amplifying genes
 Molecular Biology (3)
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Purify molecular components
Bacterial gene expression (2) Enzyme assays, mutants,
GFP
Mammalian gene expression (20) Enzyme assays, mutants,
microarrays, proteomics, RNAi
Plant gene expression (10)
Enzyme assays, mutants,
microarrays, RNAi
DNA analysis (10)
Sequencing, SNPs, ancient DNA
Genome analysis (30)
Bioinformatics, GWAS
Genetic Diversity (20)
Amplifying genes
Epigenetics (5)
Methylation, histone
modification
 Gene therapy
 Stem cell therapy
 Directed mutagenesis